The principle of energy generation from biomass is well established and has been successfully implemented in numerous projects worldwide.  The key management factors in the economics of a biomass to energy project are:- the logistics; the movement and handling of the biomass biomass consistency the practicality, maintainability and durability of the technical solution. One of our processes uses a series of steps to convert biomass to BioCO2al.  This process sees the biomass take on very specific and valuable properties. BioCO2al  Characteristics Easy handing and improved bulk energy density giving transport savings of up to 40% as compared to conventional pellets. Hydrophobic: re-absorption of moisture (<5%) allowing almost indefinite external storage, preventing biological degredation and reducing the risk of spontaneous combustion Optimum durability/ friability balance (HGI c.35) After processing into BioCO2al  the biomass retains 85% of the original energy (22MJ/kg calorific value) but only 40% of the weight making transport costs significantly lower Low pollution: less than 0.1%  content of sulphur, NOx and SOx (biomass dependant) The BioCOal process also produces heat and gaseous by-products which can be efficiently re-cycled and converted to energy to fuel the torrefaction process and assist the drying.    BioCO2al  Markets Co-firing fuel for coal fired power stations Fuel for Biomass to Liquids (BTL) plants Reducing agent for smelting Pet-coke replacement Dedicated biomass power generation Agrichar as fertiliser and for carbon sequestration BBQ substitutes - easier to ignite Charcoal substitute for cooking in developing countries Customers Large generators and distributors with coal-fired power plants for co-firing BTL plants and biomass generators Industrial smelters Farmers

Benefits

The development of renewable energy projects is a central aim for AtmosClear reflecting our commitment to the benefits that clean and sustainable energy solutions will enrich the lives of current and future generations.  Clean - because they reduce the emissions that pollute our environment and harm our climate. Sustainable – because they promote a more efficient use of resources, using biomass fuel grown in a ‘carbon-neutral-cycle’ or waste which would otherwise go to landfill. Moreover the conversion of biomass waste will also yield the following social and environmental benefits: Investments in traditionally depressed areas and promotion of active and responsible forestry management. Reduction in the risk of forest fires and spread of disease. Sequestration of methane by conversion of residues that are prone to rot or be disposed of in landfill. The use of biomass for renewable energy generation contributing to the reduction of GHG emissions by lacing fossil fuels. Assisting compliance with EU and Kyoto directives by allowing co-firing of biomass to much higher ratios. The decentralised nature of the majority of our projects leads to rural development and employment.